All known DNA polymerases catalyze synthesis only in the 5' $\rightarrow$ 3' direction. Nevertheless, during semiconservative DNA replication in the cell, they are able to catalyze the synthesis of both daughter chains, which would appear to require synthesis in the 3' $\rightarrow$ 5' direction. Explain the process that occurs in the cell that allows for synthesis of both daughter chains by DNA polymerase.

Question

All known DNA polymerases catalyze synthesis only in the 5' $\rightarrow$  3' direction. Nevertheless, during semiconservative DNA replication in the cell, they are able to catalyze the synthesis of both daughter chains, which would appear to require synthesis in the 3' $\rightarrow$  5' direction. Explain the process that occurs in the cell that allows for synthesis of both daughter chains by DNA polymerase.

Quizplus · Accepted Answer

The Answer of All known DNA polymerases catalyze synthesis only in the 5' $\rightarrow$  3' direction. Nevertheless, during semiconservative DNA replication in the cell, they are able to catalyze the synthesis of both daughter chains, which would appear to require synthesis in the 3' $\rightarrow$  5' direction. Explain the process that occurs in the cell that allows for synthesis of both daughter chains by DNA polymerase.

All Known DNA Polymerases Catalyze Synthesis Only in the 5 →\rightarrow→

All Known DNA Polymerases Catalyze Synthesis Only in the 5 $\rightarrow$